Combined surface energy waterproof system

Abstract

The invention discloses a combined surface energy waterproof system. The whole waterproof area is decomposed into more than two waterproof plates which are in regular geometrical shapes and can independently finish the waterproof task; the edges of the lower surfaces of the interfaces of the waterproof plates with the drainage task are processed into non-infiltration surfaces; and drainage ditchescommunicating with a drainage system are arranged below the non-infiltration surfaces of the waterproof plates to collect leaked water flow. The technical problems that the existing waterproof technology has higher requirements on the quality of construction process, weather and sealing materials, the waterproof life is short, the drainage of accumulated water in the middle of the drainage ditches is difficult and the like are successfully solved, and all products can be produced by standardized profiles or prefabricated parts.

Description

technical field [0001] The invention relates to the technical field of house waterproofing engineering, in particular to a combined surface energy waterproofing system. Background technique [0002] For a long time, the waterproofing works of the top floor of the house, between each floor, and the outer wall are all realized by strict measures to prevent water leakage. It has high requirements on the construction site, technology, and weather. In particular, most of the existing waterproof and water-blocking materials are not resistant to aging, and there is a problem that the construction party cut corners during the construction process, so that the waterproof life of the existing waterproof project is not long. Requires repeated repairs. In this way, resources are wasted and the ideal waterproof effect cannot be achieved. Not only is it difficult to recycle waste materials, but it also pollutes the environment seriously, consumes a lot of resources and is not environment...

AI Technical Summary

Problems solved by technology

In this way, resources are wasted and the ideal waterproof effect cannot be achieved. Not only is it difficult to recycle waste materials, but it also pollutes the environment seriously, consumes a lot of resources and is not environmentally friendly.

[0003]At the same time, since the drainage system of the house is basically a concealed project and is constructed on the construction site, it is difficult to repair once there are quality or aging problems. Due to the many and complicated processes, it is difficult to control the quality of waterproofing projects during the construction process.

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